吴彬外文翻译

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quintus Fabius

Bibliography
• A. Theodore. (2004). Hannibal. Da Capo Press. Reissue edition
• Livy, G. Frank. (1940). Livy: History of Rome. Loeb Classical Library.
• Polybius, W. Robin & M. Brian. (2010). The Histories. Oxford University Press, USA.
• Hickman, Kennedy. (2018). Fabian Strategy: Wearing Down the Enemy. https:///fabian-strategyoverview-2361096
Wearing Down the Enemy
• Avoiding any major confrontation • Following and harassing Hannibal
troops • Scorched earth policy(焦土战术): to
prevent Hannibal from resupplying locally. • Intended to starve the invader into retreat.
02Dictator (独裁官） Twice
03The opponent of Hannibal
Hannibal: 30,000 soldiers only Recruit barbarians
A HanniVbaSl
Rome: 110,000 soldiers Miscellaneous
Fabius Strategy

Guideline for Structural Health Monitoring F08b

SAMCO Final Report 2006 F08b Guideline for Structural Health Monitoring
CONTENTS
1 2 3 3.1 3.1.1 3.1.1.1 3.1.1.2 3.1.2 3.1.2.1 3.1.2.2 3.1.3 3.2 3.3 3.3.1 3.3.2 3.3.2.1 3.3.2.2 3.3.2.3 3.3.2.4 3.3.2.5 3.3.2.6 3.3.2.7 3.3.2.8 3.3.2.9 3.3.3 3.3.4 3.3.5 3.3.5.1 4 4.1 4.2 4.2.1 4.2.2 4.2.3 4.2.4 4.2.4.1 4.2.4.2 4.2.4.3 4.2.5 Introduction........................................................................................ 5 Objectives and outline of the guideline............................................ 6 Analysis of actions ............................................................................ 7 Classification of actions ........................................................................7 Type of actions .........................................................................................7 Static loads.........................................................................................7 Dynamic loads....................................................................................7 Character of actions .................................................................................8 Dead loads .........................................................................................8 Live loads ...........................................................................................8 Loads and load effects .............................................................................8 Objectives and approach to action analysis ........................................8 Determination of actions based on dimension, duration and local effect .......................................................................................................9 Measurands for characterisation of actions ..............................................9 Determination of actions.........................................................................10 Monitoring pattern ............................................................................10 Wind loads .......................................................................................11 Wave loads and swell loads .............................................................11 Traffic loads......................................................................................11 Loading by displacements ................................................................12 Weight loads ....................................................................................12 Impact and collision loads; vibrations ...............................................12 Temperature loads ...........................................................................13 Effects caused by physical - chemical processes .............................13 Load combinations .................................................................................13 Use and analysis of measurement data..................................................14 Load models...........................................................................................14 Calibration of load models ................................................................15 Diagnostic of structures.................................................................. 16 Preamble ...............................................................................................16 Structural Condition Analysis .............................................................16 Description of design and construction of the structure...........................16 Determination of threshold values for position stability, serviceability and load bearing capacity.......................................................................17 Structural identification ...........................................................................18 Application of NDT techniques ...............................................................19 Steel structures ................................................................................19 Reinforced and prestressed structures .............................................19 Masonry structures...........................................................................20 Field tests...............................................................................................20

Suwon University, Gyeonggi-do, Korea SPONSORED BY

FINAL PROGRAMTHE 2007 ACM SIGAPPSYMPOSIUM ON APPLIED COMPUTING/conferences/sac/sac2007Seoul, Korea March 11 - 15, 2007Organizing CommitteeRoger L. Wainwright Hisham M. Haddad Sung Y. ShinSascha Ossowski Ronaldo MenezesLorie M. Liebrock Mathew J. Palakal Jaeyoung Choi Tei-Wei Kuo Jiman HongSeong Tae Jhang Yookun Cho Yong Wan KooH OSTED BYSeoul National University, Seoul, Korea Suwon University, Gyeonggi-do, KoreaSPONSORED BYSAC 2007 I NTRODUCTIONSAC 2007 is a premier international conference on applied com-puting and technology. Attendees have the opportunity to hear from expert practitioners and researchers about the latest trends in research and development in their fields. SAC 2007 features 2 keynote speakers on Monday and Wednesday, from 8:30 to 10:00. The symposium consists of Tutorial and Technical programs. The Tutorial Program offers 3 half-day tutorials on Sunday March 11, 2007, starting at 9:00am. The Technical Program offers 38 tracks on a wide number of different research topics, which run from Monday March 12 through Thursday March 15, 2007. Regular sessions start at 8:30am and end at 5:00pm in 4 parallel sessions. Honorable ChairsYookun Cho, Honorable Symposium ChairSeoul National University, KoreaYong Wan Koo, Honorable Program ChairUniversity of Suwon, KoreaOrganizing CommitteeRoger L. Wainwright, Symposium ChairUniversity of Tulsa, USAHisham M. Haddad, Symposium Chair, Treasurer, Registrar Kennesaw State University, USASung Y. Shin, Symposium ChairSouth Dakota State University, USASascha Ossowski, Program ChairUniversity Rey Juan Carlos, Madrid, SpainRonaldo Menezes, Program ChairFlorida Institute of Technology, Melbourne, FloridaJaeyoung Choi, Tutorials ChairSoongsil University, KoreaTei-Wei Kuo, Tutorials ChairNational Taiwan University, ChinaMathew J. Palakal, Poster ChairIndiana University Purdue University, USALorie M. Liebrock, Publication ChairNew Mexico Institute of Mining and Technology, USAJiman Hong,Local Organization ChairKwangwoon University, KoreaSeong Tae Jhang,Local Organization ChairUniversity of Suwon, KoreaSAC 2007 Track OrganizersArtificial Intelligence, Computational Logic, and Image Analysis (AI)C.C. Hung, School of Computing and Soft. Eng., USAAgostinho Rosa, LaSEEB –ISR – IST, PortugalAdvances in Spatial and Image-based Information Systems (ASIIS)Kokou Yetongnon, Bourgogne University, FranceChristophe Claramunt, Naval Academy Research Institute, France Richard Chbeir, Bourgogne University, FranceKi-Joune Li, Prusan National University, KoreaAgents, Interactions, Mobility and Systems (AIMS)Marcin Paprzycki, SWPS and IBS PAN, PolandCostin Badica, University of Craiova, RomaniaMaria Ganzha, EUH-E and IBS PAN, PolandAlex Yung-Chuan Lee, Southern Illinois University, USAShahram Rahimi, Southern Illinois University, USAAutonomic Computing (AC)Umesh Bellur, Indian Institute of Technology, IndiaSheikh Iqbal Ahamed, Marquette University, USABioinformatics (BIO)Mathew J. Palakal, Indiana University Purdue University, USALi Liao, University of Delaware, USAComputer Applications in Health Care (CACH)Valentin Masero, University of Extremadura, SpainPierre Collet, Université du Littoral (ULCO), France Computer Ethics and Human Values (CEHV)Kenneth E. Himma, Seattle Pacific University, USAKeith W. Miller, University of Illinois at Springfield, USADavid S. Preston, University of East London, UKComputer Forensics (CF)Brajendra Panda, University of Arkansas, USAKamesh Namuduri, Wichita State University, USAComputer Networks (CN)Mario Freire, University of Beira Interior, PortugalTeresa Vazao, INESC ID/IST, PortugalEdmundo Monteiro, University of Coimbra, PortugalManuela Pereira, University of Beira Interior, PortugalComputer Security (SEC)Giampaolo Bella, Universita' di Catania, ItalyPeter Ryan, University of Newcastle upon Tyne, UKComputer-aided Law and Advanced Technologies (CLAT) Giovanni Sartor, University of Bologna, ItalyAlessandra Villecco Bettelli, University of Bologna, ItalyLavinia Egidi, University of Piemonte Orientale, ItalyConstraint Solving and Programming (CSP)Stefano Bistarelli, Università degli studi "G. D'Annunzio" di Chieti-Pescara, ItalyEric Monfroy, University of Nantes, FranceBarry O'Sullivan, University College Cork, IrelandCoordination Models, Languages and Applications (CM) Alessandro Ricci, Universita di Bologna, ItalyBernhard Angerer, Michael Ignaz Schumacher, EPFL IC IIF LIA, SwitzerlandData Mining (DM)Hasan M. Jamil, Wayne State University, USAData Streams (DS)Jesus S. Aguilar-Ruiz, Pablo de Olavide University, SpainFrancisco J. Ferrer-Troyano, University of Seville, SpainJoao Gama, University of Porto, PortugalRalf Klinkenberg, University of Dortmund, GermanyDatabase Theory, Technology, and Applications (DTTA) Ramzi A. Haraty, Lebanese American University, LebanonApostolos N. Papadopoulos, Aristotle University, GreeceJunping Sun, Nova Southeastern University, USADependable and Adaptive Distributed Systems (DADS)Karl M. Göschka, Vienna University of Technology, AustriaSvein O. Hallsteinsen, SINTEF ICT, NorwayRui Oliveira, Universidade do Minho, PortugalAlexander Romanovsky, University of Newcastle upon Tyne, UK Document Engineering (DE)Rafael Dueire Lins, Universidade Federal de Pernambuco, Brazil Electronic Commerce Technologies (ECT)Sviatoslav Braynov, University of Illinois at Springfield, USADaryl Nord, Oklahoma State University, USAFernando Rubio, Universidad Complutense de Madrid, Spain Embedded Systems: Applications, Solutions and Techniques (EMBS)Alessio Bechini, University of Pisa, ItalyCosimo Antonio Prete, University of Pisa, ItalyJihong Kim, Seoul National University, KoreaEvolutionary Computation (EC)Bryant A. Julstrom, St. Cloud State University, USA Geoinformatics and Technology (GT)Dong-Cheon Lee, Sejong University, KoreaGwangil Jeon, Korea Polytechnic University, KoreaGeometric Computing and Reasoning (GCR)Xiao-Shan Gao, Chinese Academy of Sciences, ChinaDominique Michelucci, Universite de Bourgogne, FrancePascal Schreck, Universite Louis Pasteur, FranceHandheld Computing (HHC)Qusay H. Mahmoud, University of Guelph, CanadaZakaria Maamar, Zayed University, UAEInformation Access and Retrieval (IAR)Fabio Crestani, University of Strathclyde, UKGabriella Pasi, University of Milano Bicocca, ItalyMobile Computing and Applications (MCA)Hong Va Leong, Hong Kong Polytechnic University, Hong KongAlvin Chan, Hong Kong Polytechnic University, Hong KongModel Transformation (MT)Jean Bézivin, University of Nantes, FranceAlfonso Pierantonio, Università degli Studi dell’Aquila, ItalyAntonio Vallecillo, Universidad de Malaga, SpainJeff Gray, University of Alabama at Birmingham, USAMultimedia and Visualization (MMV)Chaman L. Sabharwal, University of Missouri-Rolla, USAMingjun Zhang, Agilent Technologies, USAObject-Oriented Programming Languages and Systems (OOP) Davide Ancona, DISI - Università di Genova, ItalyMirko Viroli, Università di Bologna, ItalyOperating Systems and Adaptive Applications (OSAA)Jiman Hong, Kwangwoon University, KoreaTei-Wei Kuo, National Taiwan University, TaiwanOrganizational Engineering (OE)José Tribolet, Technical University of Lisbon, PortugalRobert Winter, University of St. Gallen, SwitzerlandArtur Caetano, Technical University of Lisbon, Portugal Programming for Separation of Concerns (PSC)Corrado Santoro, Catania University, ItalyEmiliano Tramontana, Catania University, ItalyIan Welch, Victoria University, New ZealandYvonne Coady, Victoria Univeristy, CanadaProgramming Languages (PL)Chang-Hyun Jo, California State University at Fullerton, USAMarjan Mernik, University of Maribor, SloveniaBarrett Bryant, University of Alabama at Birmingham, USAReliable Computations and their Applications (RCA)Martine Ceberio, University of Texas at El Paso, USAVladik Kreinovich, University of Texas at El Paso, USAMichael Rueher, Universite de Nice ESSI, FranceSemantic Web and Application (SWA)Hyoil Han, Drexel University, USASemantic-Based Resource Discovery, Retrieval and Composition (SDRC)Eugenio Di Sciascio, SinsInfLab Politecnico di Bari, ItalyFrancesco M. Donini, University of Tuscia, ItalyTommaso Di Noia, SinsInfLab Politecnico di Bari, ItalyMassimo Paolucci, DoCoMo Euro-Labs, GermanySoftware Engineering (SE)W. Eric Wong, University of Texas at Dallas, USAChang-Oan Sung, Indiana University Southeast, USASoftware Verification (SV)Zijiang Yang, Western Michigan University, USALunjin Lu, Oakland University, USAFausto Spoto, Universita di Verona, ItalySystem On Chip Design and Software Supports (SODSS) Seong Tae Jhang, Suwon University, KoreaSung Woo Chung, Korea University, KoreaTrust, Recommendations, Evidence and other Collaborative Know-how (TRECK)Jean-Marc Seigneur, University of Geneva, SwitzerlandJeong Hyun Yi, Samsung Advanced Institute of Technology, South Korea Ubiquitous Computing: Digital Spaces, Services and Content (UC)Achilles Kameas, Hellenic Open University, GreeceGeorge Roussos, University of London, UKWeb Technologies (WT)Fahim Akhter , Zayed University, UAEDjamal Benslimane, University of Lyon, FranceZakaria Maamar, Zayed University, UAEQusay H. Mahmoud, University of Guelph, CanadaLocal SupportLocal support for SAC 2007 is provided by the Seoul National University in Seoul, Suwon University in Gyeonggi-do, Ministry of Education and Human Resources Development, Samsung, mds technology, KETI, MIC, CVB, and ETRI. The SAC organizing committee acknowledges and thanks the local supporters for their generous contributions to SAC 2007. Their support has been essential to the success of Symposium, and is greatly appreciated. ACM SIGAPPThe ACM Special Interest Group on Applied Computing is ACM's primary applications-oriented SIG. Its mission is to further the interests of the computing professionals engaged in the development of new computing applications and applications areas and the transfer of computing technology to new problem domains. SIGAPP offers practitioners and researchers the opportunity to share mutual interests in innovative application fields, technology transfer, experimental computing, strategic research, and the management of computing. SIGAPP also promotes widespread cooperation among business, government, and academic computing activities. Its annual Symposium on Applied Computing (SAC) provides an international forum for presentation of the results of strategic research and experimentation for this inter-disciplinary environment. SIGAPP membership fees are: $30.00 for ACM Non-members, $15.00 for ACM Members, and $8.00 for Student Members. For information contact Barrett Bryant at bryant@. Also, checkout the SIGAPP website at /sigapp/M ESSAGE FROM THE S YMPOSIUM C HAIRSRoger WaiwrightUniversity of Tulsa, USAHisham M. HaddadKennesaw State University, USASung Y. ShinSouth Dakota State University, USAOn behalf of the Organization Committee, it is our pleasure to welcome you to the 22nd Annual ACM Symposium on Applied Computing (SAC 2007). This year, the conference is hosted by Seoul National University and Suwon University in Gyeonggi-do, Korea. Many thanks for your participation in this international event dedicated to computer scientists, engineers, and practitioners seeking innovative ideas in various areas of computer applications. The sponsoring SIG of this Symposium, the ACM Special Interest Group on Applied Computing, is dedicated to further the interests of computing professionals engaged in the design and development of new computing applications, interdisciplinary applications areas, and applied research. The conference provides a forum for discussion and exchange of new ideas addressing computational algorithms and complex applications. This goal is reflected in its wide spectrum of application areas and tutorials designed to provide variety of discussion topics during this event. The conference is composed of various specialized technical tracks and tutorials. As in past successful meetings, talented and dedicated Track Chairs and Co-Chairs have organized SAC 2007 tracks. Each track maintains a program committee and group of highly qualified reviewers. We thank the Track Chairs, Co-Chairs, and participating reviewers for their commitment to making SAC 2007 another high quality conference. We also thank our invited keynote speakers for sharing their knowledge with SAC attendees. Most of all, special thanks to the authors and presenters for sharing their experience with the rest of us and to all attendees for joining us in Seoul, Korea.The local organizing committee has always been a key to the success of the conference. This year, we thank our local team from Seoul National University and Suwon University. In particular, we thank Dr. Jiman Hong, from Kwangwoon University, and Dr. Seong Tae Jhang, from Suwon University, for chairing the local organization effort. We also thank Dr. Jaeyoung Choi, from Soongsil University, and Dr. Tei-Wei Kuo, from National Taiwan University, for organizing the Tutorials Program. Other committee members we also would like to thank are Lorie Liebrock for her tremendous effort putting together the conference proceedings, Mathew Palakal for coordinating another successful Posters Program, and Sascha Ossowski and Ronaldo Menezes for bringing together the Technical Program. Finally, we extend outthanks and gratitude to our honorable Symposium and Program Chairs Drs. Yookun Cho of Seoul National University and Dr. Yong Wan Koo of Suwon University. Many thanks for hosting the conference and coordinating governmental and local support. Again, we welcome you to SAC 2007 in the lively city of Seoul. We hope you enjoy your stay in Seoul and leave this event enriched with new ideas and friends. Next year, we invite you to participate in SAC 2008 to be held in the costal city of Fortaleza, Brazil. The symposium will be hosted by the University of Fortaleza (UNIFOR) and the Federal University of Ceará (UFC). We hope to see there!M ESSAGE FROM THE P ROGRAM C HAIRSSascha OssowskiUniversity Rey Juan Carlos, SpainRonaldo MenezesFlorida Institute of Technology, USAWelcome to the 22nd Symposium on Applied Computing (SAC 2007). Over the past 21 years, SAC has been an international forum for researchers and practitioners to present their findings and research results in the areas of computer applications and technology. The SAC 2007 Technical Program offers a wide range of tracks covering major areas of computer applications. Highly qualified referees with strong expertise and special interest in their respective research areas carefully reviewed the submitted papers. As part of the Technical Program, this year the Tutorial Program offers several half-day tutorials that were carefully selected from numerous proposals. Many thanks to Jaeyoung Choi from the Soongsil University and Tei-Wei Kuo from the National Taiwan University for chairing the Tutorial Program. Also, this is the fourth year for SAC to incorporate poster papers into the Technical Program. Many thanks to Mathew Palakal from Indiana University Purdue University for chairing the poster sessions. SAC 2007 would not be possible without contributions from members of the scientific community. As anyone can imagine, many people have dedicated tremendous time and effort over the period of 10 months to bring you an excellent program. The success of SAC 2007 relies on the effort and hard work of many volunteers. On behalf of the SAC 2007 Organizing Committee, we would like to take this opportunity to thank all of those who made this year's technical program a reality, including speakers, referees, track chairs, session chairs, presenters, and attendees. We also thank the local arrangement committee lead by Jiman Hong from the Kwangwoon University and Seong Tae Jhang from Suwon University. We also want to thank Hisham Haddad from Kennesaw State University for his excellent job again as the SAC Treasurer, Webmaster, and Registrar.SAC's open call for Track Proposals resulted in the submission of 47 track proposals. These proposals were carefully evaluated by the conference Executive Committee. Some proposals were rejected on the grounds of either not being appropriate for the areas that SAC covers traditionally or being of rather narrow and specialized nature. Some others tracks were merged to form a single track. Eventually, 38 tracks were established, which then went on to produce their own call for papers. In response to these calls, 786 papers were submitted, from which 256 papers were strongly recommended by the referees for acceptance and inclusion in the Conference Proceedings. This gives SAC 2007 an acceptance rate of 32.5% across all tracks. SAC is today one of the most popular and competitive conferences in the international field of applied computing.We hope you will enjoy the meeting and have the opportunity to exchange your ideas and make new friends. We also hope you will enjoy your stay in Seoul, Korea and take pleasure from the many entertainments and activities that the city and Korea has to offer. We look forward to your active participation in SAC 2008 when for the first time SAC will be hosted in South America, more specifically in Fortaleza, Brazil. We encourage you and your colleagues to submit your research findings to next year's technical program. Thank you for being part of SAC 2007, and we hope to see you in sunny Fortaleza, Brazil for SAC 2008.O THER A CTIVITIESReview Meeting: Sunday March 11, 2007, from 18:00 to 19:00 in Room 311A. Open for SAC Organizing Committee and Track Chairs and Co-Chairs.SAC 2008 Organization Meeting: Monday March 12, 2007, from 18:00 to 19:00 in Room 311A. Open for SAC Organizing Committee.SAC Reception: Monday March 12, 2007 at 19:00 to 22:00. Room 402. Open for all registered attendees.Posters Session: Tuesday March 13, 2007, from 13:30 to 17:00 in the Room 311C. Open to everyone.SIGAPP Annual Business Meeting: Tuesday March 13, 2007, from 17:15 to 18:15 in Room 311A. Open to everyone.SAC Banquet: Wednesday March 14, 2007. Rooms 331-334. Open for Banquet Ticket holders. See your tickets for full details. Track-Chairs Luncheon: Thursday April 27, 2006, from 12:00 to 13:30. Hosu (Lake) Food-mall. Open for SAC Organizing Committee, Track Chairs and Co-Chairs.SAC 2008SAC 2008 will be held in Fortaleza, Ceará, Brazil, March 16 – 20, 2008. It is co-hosted by the University of Fortaleza (UNIFOR) and the Federal University of Ceará (UFC). Please check the registration desk for handouts. You can also visit the website at /conferences/sac/sac2008/.M ONDAY K EYNOTE A DDRESSA New DBMS Architecture for DB-IRIntegrationDr. Kyu-Young WhangDirector of Advanced Information Technology Research Center, Korea Advanced Institute ofScience and Technology, Daejeon, Korea M ONDAY M ARCH 12, 2007, 9:00 – 10:00ROOM 310 A, B AND CABSTRACTNowadays, there is an increasing need to integrate the DBMS (for structured data) with Information Retrieval (IR) features (for unstructured data). DB-IR integration becomes one of major challenges in the database area. Extensible architectures provided by commercial ORDBMS vendors can be used for DB-IR integration. Here, extensions are implemented using a high-level (typically, SQL-level) interface. We call this architecture loose-coupling. The advantage of loose-coupling is that it is easy to implement. But, it is not preferable for implementing new data types and operations in large databases when high performance is required. In this talk, we present a new DBMS architectureapplicable to DB-IR integration, which we call tight-coupling. In tight-coupling, new data types and operations are integrated into the core of the DBMS engine in the extensible type layer. Thus, they are incorporated as the "first-class citizens" within the DBMS architecture and are supported in a consistent manner with high performance. This tight-coupling architecture is being used to incorporate IR features and spatial database features into the Odysseus ORDBMS that has been under development at KAIST/AITrc for over 16 years. In this talk, we introduce Odysseus and explain its tightly-coupled IR features (U.S. patented in 2002). Then, we demonstrate excellence of tight-coupling by showing benchmark results. We have built a web search engine that is capable of managing 20~100 million web pages in a non-parallel configuration using Odysseus. This engine has been successfully tested in many commercial environments. In a parallel configuration, it is capable of managing billons of web pages. This work won the Best Demonstration Award from the IEEE ICDE conference held in Tokyo, Japan in April 2005.W EDNESDAY K EYNOTE A DDRESS The Evolution of Digital Evidence asa Forensic ScienceDr. Marc RogersChair of the Cyber Forensics Program,Department of Computer and InformationTechnology, Purdue University, USAW EDNESDAY M ARCH 14, 2007, 9:00 –10:00ROOMS 310 A, B AND CABSTRACTThe field of Digital Evidence while garnering significant attention by academia, the public, and the media, has really just begun its journey as a forensic science. Digital Forensic Science (DFS) in general is an immature discipline in comparison to the other more traditional forensic sciences such as latent fingerprint analysis. Digital Evidence, which falls under the larger umbrella of DFS, truly encompasses the notion of being an applied multi-disciplinary science. The areas of Computer Science, Technology, Engineering, Mathematics, Law, Sociology, Psychology, Criminal Justice etc. all have played and will continue to play a very large role in maturing and defining this scientific field. The presentation will look at the history of Digital Forensic Science and Digital Evidence, the current state of the field, and what might be in store for the future.S EOUL R EPRESENTATIVE A DDRESSKoran IT policy - IT839Dr. Jung-hee SongAssistant MayorChief of Information OfficerInformation System Planning DivisionSeoul Metropolitan Government, KoreaW EDNESDAY M ARCH 14, 2007, 18:30 – 19:00ROOMS 331-334(DURING BANQUET)ABSTRACTKorean IT policy initiated by Ministry of Information and Communication called IT839 Strategy will be introduced. By defining government role in the u-Korea vision pursuit, it removes uncertainties for IT industry and increases its active participation. As capital of Korea, Seoul presented a grand plan to be u-Seoul. An overview of u-Seoul masterplan will be delivered with introduction of 5 specific projects.SAC 2007 S CHEDULES UNDAY M ARCH 11, 200709:00 – 17:00 L OBBYR EGISTRATION09:00 – 10:30 R OOMS 310 A AND BAM T UTORIALS IT1: Introduction to Security-enhanced Linux(SELinux)Dr. Haklin Kimm, Professor, omputer Science Department, ast Stroudsburg University of Pennsylvania, USAT2: Similarity Search - The Metric Space Approach Pavel Zezula, Masaryk University, Brno, Czech RepublicGiuseppe Amato, ISTI-CNR, Pisa, ItalyVlastislav Dohnal, Masaryk University, Brno, Czech Republic10:30 – 11:00 L OBBYC OFFEE B REAK11:00 – 12:30 R OOMS 310 A AND BAM T UTORIALS IIT1: Introduction to Security-enhanced Linux(SELinux)Dr. Haklin Kimm, Professor, omputer Science Department, ast Stroudsburg University of Pennsylvania, USAT2: Similarity Search - The Metric Space Approach Pavel Zezula, Masaryk University, Brno, Czech RepublicGiuseppe Amato, ISTI-CNR, Pisa, ItalyVlastislav Dohnal, Masaryk University, Brno, Czech Republic 12:00 – 13:30 H OSU (L AKE) F OOD-MALL,1ST F LOORL UNCH B REAK13:30 – 15:00 R OOM 310 APM T UTORIAL IT3: Introduction to OWL Ontology Developmentand OWL ReasoningYoung-Tack Park, Professor, School of Computing, SoongsilUniversity,Seoul, Korea15:00 – 15:30 L OBBYC OFFEE B REAK15:30 – 17:00 R OOM 310 APM T UTORIAL IIT3: Introduction to OWL Ontology Developmentand OWL ReasoningYoung-Tack Park, Professor, School of Computing, SoongsilUniversity,Seoul, Korea18:00 – 19:00 R OOM 311A SAC 2007 R EVIEW M EETINGM ONDAY M ARCH 12, 200708:00 – 17:00 L OBBYR EGISTRATION08:30 – 09:00 R OOM 310O PENING R EMARKS09:00 – 10:00 R OOM 310K EYNOTE A DDRESSA New DBMS Architecture for DB-IRIntegrationDr. Whang, Kyu-YoungDirector of Advanced Information TechnologyResearch CenterKorea Advanced Institute of Science andTechnologyDaejeon, Korea10:00 – 10:30 L OBBYC OFFEE B REAK10:30 – 12:00 R OOM 310A(DS) Data StreamsJoao Gama, University of Porto (UP), Portugal RFID Data Management for Effective ObjectsTrackingElioMasciari, CNR, ItalyA Priority Random Sampling Algorithm for Time-based Sliding Windows over Weighted StreamingDataZhang Longbo, Northwestern Polytechnical University, China Li Zhanhuai, Northwestern Polytechnical University, ChinaZhao Yiqiang, Shandong University of Technology, ChinaMin Yu, Northwestern Polytechnical University, China Zhang Yang, Northwest A&F University, ChinaOLINDDA: A Cluster-based Approach forDetecting Novelty and Concept Drift in DataStreamsEduardo Spinosa, University of Sao Paulo (USP), BrazilAndré Carvalho, University of Sao Paulo (USP), Brazil Joao Gama, University of Porto (UP), PortugalA Self-Organizing Neural Network for DetectingNoveltiesMarcelo Albertini, Universidade de Sao Paulo, BrazilRodrigo Mello, Universidade de São Paulo, Brazil10:30 – 12:00 R OOM 310B (AI) Artificial Intelligence, ComputationalLogic and Image AnalysisChih-Cheng Hung, Southern Polytechnic State University, USA Toward a First-Order Extension of Prolog'sUnification using CHRKhalil Djelloul, University of Ulm, GermanyThi-Bich-Hanh Dao, University d'Orléans, FranceThom Fruehwirth, University of Ulm, GermanyA Framework for Prioritized Reasoning Based onthe Choice EvaluationLuciano Caroprese, University of Calabria, ItalyIrina Trubitsyna, University of Calabria, ItalyEster Zumpano, University of Calabria, ItalyA Randomized Knot Insertion Algorithm for Outline Capture of Planar Images using CubicSplineMuhammad Sarfraz, King Fahd University of Petroleum andMinerals, Saudi ArabiaAiman Rashid, King Fahd University of Petroleum and Minerals,Saudi ArabiaEstraction of Arabic Words from Complex ColorImagesRadwa Fathalla, AAST, EgyptYasser El Sonbaty, AAST College of Computing, Egypt Mohamed Ismail, Alexandria University, Egypt10:30 – 12:00 R OOM 310C (PL) Programming LanguagesMarjan Mernik, University of Maribor, Slovenia Implementing Type-Based Constructive Negation Lunjin Lu, Oakland University, USATowards Resource-Certified Software: A Formal Cost Model for Time and its Application to anImage-Processing ExampleArmelle Bonenfant, University of St Andrews, UKZehzi Chen, Heriot-Watt University, UKKevin Hammond, Univestiy of St Andrews, UKGreg Michaelson, Heriot-Watt University, UKAndy Wallace, Heriot-Watt University, UKIain Wallace, Heriot-Watt University, UK。

中国姓氏英文翻译-3.10

艾--Ai安--Ann/An敖--AoB:巴--Pa白--Pai包/鲍--Paul/Pao班--Pan贝--Pei毕--Pih卞--Bein卜/薄--Po/Pu步--Poo百里--Pai-liC:蔡/柴--Tsia/Choi/Tsai曹/晁/巢--Chao/Chiao/Tsao 岑--Cheng崔--Tsui查--Cha常--Chiong车--Che陈--Chen/Chan/Tan成/程--Cheng池--Chi褚/楚--Chu淳于--Chwen-yuD:戴/代--Day/Tai邓--Teng/Tang/Tung狄--Ti刁--Tiao丁--Ting/T董/东--Tung/Tong窦--Tou杜--To/Du/Too段--Tuan端木--Duan-mu东郭--Tung-kuo东方--Tung-fangE:F:范/樊--Fan/Van房/方--Fang费--Fei冯/凤/封--Fung/Fong 符/傅--Fu/FooG:盖--Kai甘--Kan高/郜--Gao/Kao葛--Keh耿--Keng弓/宫/龚/恭--Kung勾--Kou古/谷/顾--Ku/Koo桂--Kwei管/关--Kuan/Kwan 郭/国--Kwok/Kuo公孙--Kung-sun公羊--Kung-yang公冶--Kung-yeh谷梁--Ku-liangH:海--Hay韩--Hon/Han杭--Hang郝--Hoa/Howe何/贺--Ho桓--Won侯--Hou洪--Hung胡/扈--Hu/Hoo花/华--Hua宦--Huan黄--Wong/Hwang霍--Huo皇甫--Hwang-fu呼延--Hu-yenI:J:纪/翼/季/吉/嵇/汲/籍/姬--Chi 居--Chu贾--Chia翦/简--Jen/Jane/Chieh蒋/姜/江/--Chiang/Kwong焦--Chiao金/靳--Jin/King景/荆--King/Ching讦--GanK:阚--Kan康--Kang柯--Kor/Ko孔--Kong/Kung寇--Ker蒯--Kuai匡--KuangL:赖--Lai蓝--Lan郎--Long劳--Lao乐--Loh雷--Rae/Ray/Lei冷--Leng黎/郦/利/李--Lee/Li/Lai/Li连--Lien廖--Liu/Liao梁--Leung/Liang林/蔺--Lim/Lin凌--Lin柳/刘--Liu/Lau龙--Long楼/娄--Lou卢/路/陆鲁--Lu/Loo伦--Lun罗/骆--Loh/Lo/Law/Lam/Rowe吕--Lui/Lu令狐--Lin-hooM:马/麻--Ma麦--Mai/Mak满--Man/Mai毛--Mao梅--Mei孟/蒙--Mong/Meng米/宓--Mi苗/缪--Miau/Miao闵--Min穆/慕--Moo/Mo莫--Mok/Mo万俟--Moh-chi慕容--Mo-yungN:倪--Nee甯--Ning聂--Nieh牛--New/Niu农--Long南宫--Nan-kungO:欧/区--Au/Ou欧阳--Ou-yangP:潘--Pang/Pan庞--Pang裴--Pei/Bae彭--Phang/Pong皮--Pee平--Ping浦/蒲/卜--Poo/Pu濮阳--Poo-yangQ:祁/戚/齐--Chi/Chyi/Chi/Chih 钱--Chien乔--Chiao/Joe秦--Ching裘/仇/邱--Chiu屈/曲/瞿--Chiu/ChuR:冉--Yien饶--Yau任--Jen/Yum容/荣--Yung阮--Yuen芮--NeiS:司--Sze桑--Sang沙--Sa邵--Shao单/山--San尚/商--Sang/Shang沈/申--Shen盛--Shen史/施/师/石--Shih/Shi苏/宿/舒--Sue/Se/Soo/Hsu 孙--Sun/Suen宋--Song/Soung司空--Sze-kung司马--Sze-ma司徒--Sze-to单于--San-yu上官--Sang-kuan申屠--Shen-tuT:谈--Tan汤/唐--Town/Towne/Tang 邰--Tai谭--Tan/Tam陶--Tao藤--Teng田--Tien童--Tung屠--Tu澹台--Tan-tai拓拔--Toh-bahU:V:W:万--Wan王/汪--Wong魏/卫/韦--Wei温/文/闻--Wen/Chin/Vane/Man 翁--Ong吴/伍/巫/武/邬/乌--Wu/NG/WooX:奚/席--Hsi/Chi夏--Har/Hsia/(Summer)肖/萧--Shaw/Siu/Hsiao项/向--Hsiang解/谢--Tse/Shieh辛--Hsing刑—Hsing熊--Hsiung/Hsiun许/徐/荀--Shun/Hui/Hsu宣--Hsuan薛--Hsueh西门--See-men夏侯--Hsia-hou轩辕--Hsuan-yuenY:燕/晏/阎/严/颜--Yim/Yen杨/羊/养--Young/Yang姚--Yao/Yau叶--Yip/Yeh/Yih伊/易/羿--Yih/E殷/阴/尹--Yi/Yin/Ying应--Ying尤/游--Yu/You俞/庾/于/余/虞/郁/余/禹--Yue/Yu袁/元--Yuan/Yuen岳--Yue云--Wing尉迟--Yu-chi宇文--Yu-wenZ:藏--Chang曾/郑--Tsang/Cheng/Tseng訾--Zi宗--Chung左/卓--Cho/Tso翟--Chia詹--Chan甄--Chen湛--Tsan张/章--Cheung/Chang赵/肇/招--Chao/Chiu/Chiao/Chioa 周/邹--Chau/Chou/Chow钟--Chung祖/竺/朱/诸/祝--Chu/Chuh庄--Chong钟离--Chung-li诸葛--Chu-keh。

辨证治疗病毒性心肌炎临床观察

辨证治疗病毒性心肌炎临床观察Syndrome Differentiation and Treatment of54cases of Viral Myocarditis吴彬Wu Bin（焦作市中医院，河南焦作454000）Henan Jiaozuo Hospital of Traditional Chinese Medicine，Jiaozuo，Henan，China454000摘要：目的：观察中医辨证治疗病毒性心肌炎的疗效。

方法：根据中医辨证，将病毒性心肌炎分为邪毒内侵型、气阴两虚型、痰湿内阻型、气滞血瘀型、阳气亏虚型，采用中医药疗法，观察临床疗效。

结果：51例患者中痊愈18例，显效21例，有效7例，无效5例，有效率为90．2%。

结论：采用中医辨证治疗病毒性心肌炎安全可靠，临床疗效显著。

Abstract：Objective：To observe the effect of TCM treatment of viral myocarditis．Methods：according to syndrome differentiation of Chi-nese medicine，the viral infection were divided into four syndromes：heat and poison entering，Qi and yin deficiency，phlegm stagnation and qi blood stasis type，Yang deficiency type，with Chinese medicine，doing observation of clinical efficacy．Results：18cases were cured，21cases markedly effective，effective7cases，ineffective5cases，the total effective rate was90．2%．Conclusion：Chinese medi-cine in the treatment of viral myocarditis has safety，clinical efficacy．关键词：病毒性心肌炎；心悸；胸痹；辨证论治；中医药疗法Key words：viral myocarditis；xinji；xiongbi；syndrome differentiation；treatment of traditional Chinese Medicine中图分类号CLC number：R256．12文献标识码Document code：A文章编号Article ID：1674－8999（2011）11－1368－02病毒性心肌炎是心肌遭受多种病毒侵犯而引起的，以心肌细胞变性、坏死为主要表现，可呈局限性或弥漫性，是临床常见疾病、多发病。

Thin film magnetic head and magnetic storage appar

专利名称：Thin film magnetic head and magneticstorage apparatus发明人：Kazue Kudo,Yasuyuki Okada,MoriakiFuyama,Yohji Maruyama,Gen Oikawa申请号：US10217451申请日：20020814公开号：US06795272B2公开日：20040921专利内容由知识产权出版社提供专利附图：摘要：A thin film magnetic head includes a lower magnetic pole, an upper magnetic pole provided so as to face the lower magnetic pole, and a magnetic gap layer providedbetween the lower magnetic pole and the upper magnetic pole. The upper magnetic pole constitutes a first magnetic layer formed on a side facing the magnetic gap layer by means of sputtering and a second magnetic layer formed on the first magnetic layer by means of plating, in which the saturation magnetic flux density of the first magnetic layer is set higher than that of the second magnetic layer. The thin film magnetic head composed as above is capable of generating a stronger magnetic field owing to its stably-formed magnetic core, thereby recording on a high-coercivity medium and high-density recording are made possible.申请人：HITACHI, LTD.代理机构：Antonelli, Terry, Stout & Kraus, LLP更多信息请下载全文后查看。

Washing device for scrubbing the body

专利名称：Washing device for scrubbing the body 发明人：William Hudson,Angela K. Samii申请号：US07/907819申请日：19920702公开号：US05295280A公开日：19940322专利内容由知识产权出版社提供摘要：A washing device for scrubbing the body includes an elongate washing member formed of a plurality of inter-looped quadrate or box-like links. The gripping handles in the form of loops are connected to the end- most links of the chain-like washing member. Each link is formed of a tube gathered along its axis to provide a plurality of circular or cylindrical undulating layers spaced from each other in a radial direction. The length of the tube and the number of layers are selected to provide a desired width of the loop and to substantially fill the loop in the radial direction when in a relaxed condition. Preferably, the links are formed of fine polymeric filaments arranged in an open netting mesh, such as polyethylene netting.申请人：BILANGE, INC.代理机构：Lackenbach Siegel Marzullo Aronson & Greenspan更多信息请下载全文后查看。

SANITARY NAPKIN FOR DYNAMIC BODY FIT

专利内容由知识产权出版社提供
专利名称：SANITARY NAPKIN FOR DYNAMIC BODY FIT 发明人：LAVASH, Bruce, William 申请号：US2004 023089 申请日：2004 0706 公开号：WO05/004 770P 1 公开日：20050120
摘要：An absorbent article providing improved body fit. The absorbent article includes an extensible fluid permeable facing layer and a first absorbent layer joined to the facing layer. The first absorbent layer includes zones of extensibility. Each zone of extensibility is a region of the first absorbent layer of relatively higher extensibility than regions of first absorbent layer adjacent to the zone of extensibility. A liquid impermeable backsheet is joined to the facing layer at the periphery. The liquid impermeable backsheet has a garment facing surface. A fastening means is disposed on at least a portion of the garment facing surface of the liquid impermeable backsheet. The fastening means defines attachment zones. At least a portion of the first absorbent layer is decoupled from the attachment zones of the fluid impermeae, William 地址：One Procter & Gamble Plaza Cincinnati, OH 45202 US,6150 Pinter Court West CHester, OH 45069 US 国籍：US,US 代理机构：THE PROCTER & GAMBLE COMPANY 更多信息请下载全文后查看

ANALYSIS SYSTEM AND ANALYSIS METHOD

专利名称：ANALYSIS SYSTEM AND ANALYSIS METHOD 发明人：BALGER, MARIUS,BALGER, Marius,LANG,ALFRED,LANG, Alfred申请号：EP2010/067465申请日：20101115公开号：WO2011/058169A1公开日：20110519专利内容由知识产权出版社提供专利附图：摘要：A known analysis system for determining samples comprises a receiving device for at least one sample vessel, a process rotor for receiving at least one reagent container, and a measurement apparatus for determining a physical property of thesample in a measurement cuvette. In order to provide, proceeding therefrom, an analysis system for medical analytics, by means of which variable single- or multi-probe profiles of both clinical-chemical and heterogeneous-immunological samples can be carried out quickly, and which is characterized by a highly compact design, simple operation and low equipment cost, according to the invention the process rotor comprises a plurality of holders, in each of which reagent cassettes of a first type and reagent cassettes of a second type can be inserted, wherein in the reagent cassettes of the first type a plurality of reagent containers with reagents for the determination of clinical-chemical parameters and in the reagent cassettes of the second type a plurality of reagent containers with reagents for the determination of immunodiagnostic parameters are combined, wherein each reagent cassette is associated with an individual measurement cuvette and each cuvette is associated with a holder in the process rotor. In addition, according to the invention the measurement apparatus comprises an optical measurement unit arranged in the region of the process rotor. The optical measurement unit can be used for an analytical determination of each of the measurement cuvettes and is fed to the measurement cuvette for measurement purposes by rotating the process rotor about the rotational axis thereof.申请人：BIT ANALYTICAL INSTRUMENTS GMBH,BIT ANALYTICAL INSTRUMENTS GMBH,BALGER, MARIUS,BALGER, Marius,LANG, ALFRED,LANG, Alfred地址：DE,DE,DE国籍：DE,DE,DE代理人：STAUDT, Armin更多信息请下载全文后查看。

Unified collection of content analytic data

专利名称：Unified collection of content analytic data 发明人：John Hans Handy-Bosma,KevinHolubar,Shannon James Kerlick,Dan JeffreyMandelstein,Arvind RaveendranathanNair,Mei Yang Selvage,Thomas ChristopherStorey,Sudhandhira Selvan Viswanathan申请号：US11959265申请日：20071218公开号：US08086577B2公开日：20111227专利内容由知识产权出版社提供专利附图：摘要：A user evaluation of distributed content comprising an Evaluation Program (EP) that creates a user session when a user accesses distributed content is stored. The user evaluation is saved with other information such as the time and date of the evaluation, the user's personal information, and the navigation path the user used to access the distributed content page. The EP records the user's navigation of the distributed content in the user session. The EP gives the user the opportunity to rate distributed content. The EP saves the user's evaluation with the user session data and external stimuli data. The EP closes the user session when the user leaves the distributed content. The EP reopens the user session when the user returns to the distributed content.申请人：John Hans Handy-Bosma,Kevin Holubar,Shannon James Kerlick,Dan Jeffrey Mandelstein,Arvind Raveendranathan Nair,Mei Yang Selvage,Thomas Christopher Storey,Sudhandhira Selvan Viswanathan地址：Cedar Park TX US,Austin TX US,Cedar Park TX US,Austin TX US,BangaloreIN,Austin TX US,Wappingers Falls NY US,Bangalore IN国籍：US,US,US,US,IN,US,US,IN代理机构：Yee & Associates, P.C.代理人：Mark C. Vallone,Rudolf O. Siegesmund更多信息请下载全文后查看。

吴斌斌他去哪去的英语作文七句话

吴斌斌他去哪去的英语作文七句话{z}Title: Wu Binbin, Where Has He Gone?In recent days, there has been a buzz about the disappearance of Wu Binbin, a well-known figure in our community.His absence has sparked concerns and curiosity among his friends and colleagues.In this essay, I will explore possible reasons for his disappearance and speculate on his whereabouts.Firstly, it is possible that Wu Binbin has taken a break from his regular life to pursue a new passion or goal.He has always been a curious and adventurous person, always seeking new challenges and experiences.It would not be surprising if he decided to take some time off to explore new horizons.Secondly, Wu Binbin may have chosen to travel to a different country to immerse himself in a different culture.He has always been fascinated by different cultures and their ways of life.Therefore, it is possible that he is currently abroad, exploring and learning from different societies.On the other hand, it is also possible that Wu Binbin is facing personal challenges or difficulties.It is known that he has been under a lot of pressure recently due to his professional responsibilities.In this case, he may have needed some time to himself to deal with these issues and find inner peace.Furthermore, Wu Binbin could be involved in a secret project ormission that requires complete secrecy.He has always been interested in making a difference in the world and may have taken on a task that requires him to be discreet about his whereabouts.Lastly, it is also possible that Wu Binbin"s disappearance is related to his health.He may be dealing with an illness or condition that requires him to seek medical attention in a secluded location.In conclusion, while there are many possible reasons for Wu Binbin"s disappearance, only he can provide the exact answer.Until then, we can only speculate and hope that he is safe and well wherever he may be.。

angina pectoris

0195-668X/97/010060+09 S18.00/0 V- 1997 The European Society of Cardiology
Introduction
Functional impairment in angina pectoris
61
Catheterization protocol Patients were fasted overnight for their cardiac catheterization. All cardiac medications had been stopped for 48 h. Patients were premedicated with diazepam 10 mg prior to their cardiac catheter. Coronary angiography was performed by the Judkins technique through the Method right femoral artery in all patients. Coronary injections were performed manually with up to 8 ml of intraStudy patients coronary radio-opaque contrast medium (Niopam). Cine film recordings were performed in multiple projecCoronary blood flow responses were studied in 35 tions. The proximal left anterior descending coronary patients with syndrome X and 17 control patients. artery was centred for optimal viewing after the initial angiograms had been obtained. To eliminate vasoactive Syndrome X group effects of the contrast medium at least lOmin were There were 16 males and 19 females. All patients gave a allowed to lapse before the coronary blood flow study. Heparin sodium, 10 000 units, was then given history of chest pain typical of angina pectoris and had a positive exercise electrocardiogram. The exercise test intravenously. A size 8F angioplasty guide catheter was was said to be positive if there was at least 1 mm of positioned at the left coronary ostium. Through this, a horizontal or downward sloping ST segment depression 0014 inch guide wire was advanced into the distal part at 80 ms after the J point. The left ventricle and the of the left anterior descending coronary artery. Using a coronary arteries were completely normal on angiogra- monorail technique, a size 3-6F 20 Mega Hertz Dopplerphy and this was confirmed by two independent observ- tipped catheter (Schneider, U.K.) was then advanced ers. There was no evidence of epicardial coronary artery over the guide wire and positioned in the proximal spasm. Patients with hypertension, diabetes mellitus, segment of the left anterior descending coronary artery. and valvular heart disease or left ventricular hyper- The Doppler catheter was then connected to a Millar trophy were excluded from the study. All patients had velocimeter (Model MDV-20, Millar Instruments, continued to have chest pain despite reassurances after Houston, Texas, U.S.A.). The Doppler catheter and the their initial cardiac catheter and were taking anti-anginal range-gate of the velocimeter were adjusted to obtain medications. None were taking hormone-replacement good quality phasic and mean coronary blood flow velocity signals. These signals were recorded on a therapy.

stickshakerspeed-Bing：坚持摇床转速兵

stick shaker speed.pdf FREE PDF DOWNLOADNOWLearn moreInfo for Support Privacy and Cookies Advertise Help LegalAbout our adsFeedback© 2014 MicrosoftStick Shaker Sound Aircraft Stick ShakerStick Shaker Airplane Speed Stick Coupon12345Related searches for stick shaker speedStick shaker - Wikipedia, the free encyclopedia /wiki/Stick _shakerA stick shaker is a mechanical device to rapidly and noisily vibrate the control yoke (the "stick ") of an aircraft to warn the pilot of an imminent stall.Vmin AND STALL SPEED - Aviation Safety Consultant/documents/VminAndStall Speed .pdf · PDF filethe back side of the drag curve at stick shaker speed where drag is substantially increased with a decrease in speed .Overspeed/stick shaker question? - Yahoo …/question/index?qid=20090501115638AA8KF0d Resolved · 3 total answers · Published May 01, 2009May 01, 2009 · If I had power on full t/o and got the stick shaker I would say stick shaker is false and over speed is correct, ... Stick shaker activates, ...Boeing 777 Stick Shaker and Fuel Dumping - YouTube /watch?v=3PfBDYuXK-gBy PDX Aviation (buybygb) · 1 min · 41,728 views · Added Dec 22, 2007When an airplane slows down too much, the stick shaker would come in. This is a stick shaker on a United 777 during a test. Testing on the fuel dumping ...Boeing 777: Primary Flight Display (PFD) - Meriweather/flightdeck/777/fwd/pfd.htmlPitch Limit Indicator Indicates pitch limit (stick shaker activation point for the existing flight conditions). Displayed when flaps are not up or at slow speeds with ...Aero 12 - Angle of Attack - Boeing /commercial/aeromagazine/aero_12/attack_story.htmlAll indications driven by AOA—stick shaker , PLI, and speed tape indications—are related to this important information. Stick shaker .Stick Pusher vs. Stick Shaker On Aircraft/news/stick _pusher_vs_stick _shaker .htmStick Pusher vs. Stick Shaker On Aircraft : A stick pusher is a device installed in some fixed-wing aircraft to prevent the aircraft from entering an aerodynamic stall.Stick Shakers - PPRuNe Forums/questions/340192-stick -shakers .htmlI had a search for this but couldn't find the answer i wanted... What is the general speed that the stick shaker activates? I read somewhere 5 or 10All About Stick Shakers — Tech Ops Forum | /aviation-forums/tech_ops/read.main/80241Hello, As someone with no experience flying planes, I have a very basic question (I think). I'm curious about stick shakers . I understand that the stick shaker is ...Crash investigators urge cockpit warnings for low speed /story/news/nation/2013/07/11/aircraft-speed ...Jan 31, 2014 · Crash investigators urge cockpit warnings for low speed . ... Airliners such as Asiana's Boeing 777 have what are called "stick -shakers ," which make a noise ...Ads related to stick shaker speedSpeedstick at Amazon/healthHuge Selection at Great Low Prices.Vitamins, Personal Care and MoreBuy Speed Stick Deodorant/Deodorant Mennen Deodorant & Antiperspirant.Discount Health & Beauty. Shop Now!Mennen Speed Stick CheapShopping for Mennen Speed Stick ? Save 30-70% Off MSRP Everyday!Skin Care - Find Deals/Skin_CareYour Skin is Your Largest Organ. Keep it Healthy. Deals on Skin Care.SpeedstickShopping Discovery Made Simple. Explore Speedstick !Speed Stick Mennen/Speed Stick MennenCompare, Shop & Save with Pronto. Deals on Speed Stick MennenMennen Speed Stick GelCheap Prices and Huge Selection. Mennen Speed Stick Gel on Sale!Speed Stick Fresh'Tis the Season to Save. 20% Off Speed Stick Fresh!See your ad here »。

吴斌斌的变化英语作文不少于十句话

吴斌斌的变化英语作文不少于十句话The Transformation of Wubin BinHave you ever heard of Wubin Bin? He's a kid in my class, and let me tell you, he's gone through quite a transformation! Wubin used to be a really quiet and shy boy. He would sit in the corner of the classroom, head down, and barely speak a word. It was like he was trying to become invisible.I remember the first time I tried to talk to him. It was during recess, and I saw him sitting alone on the bench. Being the friendly kid I am, I went up to him and said, "Hi, my name is [Your Name]. Do you want to play with us?" But he just looked at me with wide eyes and shook his head. I shrugged and went back to playing with my friends.Weeks passed, and Wubin remained the same – silent and withdrawn. The teachers started getting worried about him. One day, our class teacher, Mrs. Lee, called Wubin's parents to the school for a meeting. After that, things began to change.Slowly but surely, Wubin started opening up. He would raise his hand in class more often, and even answered a few questions correctly. During recess, he would join a group of boys playingcatch. It was like he was emerging from his shell, one tiny step at a time.Then, something amazing happened. Our school was having a talent show, and Wubin signed up to perform! None of us could believe it. The shy, quiet Wubin was going to be on stage in front of the whole school! When the day of the talent show arrived, we all held our breath as Wubin took the microphone.And then, he started singing.His voice was like an angel's – clear, beautiful, and filled with emotion. We were all mesmerized. By the time he finished his song, the entire auditorium was on their feet, cheering and applauding. Wubin had transformed from a wallflower into a shining star!After that, Wubin was a different person. He became more confident and outgoing, making friends left and right. He even joined the school choir and started taking singing lessons. It was like a whole new world had opened up for him.I'm so proud of how far Wubin has come. From a shy, quiet boy to a talented performer, he's shown us all that it's possible to break out of your shell and shine. Wubin's transformation is aninspiration to all of us, reminding us that we shouldn't be afraid to step out of our comfort zones and embrace our talents.Who knows, maybe one day Wubin will become a famous singer, performing on big stages all around the world! But no matter what he does, he'll always be our classmate who showed us the power of transformation. Way to go, Wubin Bin!。

蔬果大联盟

蔬果大联盟
吴彬;赵平
【期刊名称】《海外英语（中）》
【年(卷),期】2003(000)009
【摘要】@@ 与汉语不同的是,英语中有些水果蔬菜词汇除了有其本身的含义外,还有一些很特殊的比喻意义.笔者列举了下面13个常见的水果蔬菜的特殊喻义,希望对广大读者有所帮助.
【总页数】2页(P38-39)
【作者】吴彬;赵平
【作者单位】华中农业大学外语系;华中农业大学外语系
【正文语种】中文
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Unit-3-Gender-Difference新编大学英语第二版第四册课文翻译

Unit 3 Gender DifferenceGender Roles from a Cultural PerspectiveOver the past few decades, it has been proven innumerable times that the various types of behavior, emotions, and interests that constitute being masculine and feminine are patterned by both heredity and culture. In the process of growing up, each child learns hundreds of culturally patterned details of behavior that become incorporated into its gender identity. Some of this learning takes place directly. In other words, the child is told by others how to act in an appropriately feminine or masculine way. Other details of gender behavior are taught unconsciously, or indirectly, as the culture provides different images, aspirations, and adult models for girls and boys.Recently, for example, a study of American public schools showed that there is a cultural bias in education that favors boys over girls. According to the researchers, the bias is unintentional and unconscious, but it is there and it is influencing the lives of millions of schoolchildren every year. Doctors David and Myra Sadker videotaped classroom teachers in order to study gender-related bias in education. Their research showed that many teachers who thought they were nonsexist were amazed to see how biased they appeared on videotape. From nursery school to postgraduate courses, teachers were shown to call on males in class far more than on female students. This has a tremendous impact on the learning process for, in general, those students who become active classroom participants develop more positive attitudes and go on to higher achievement. As a matter of fact, in the late 1960s, when many of the best all-women's colleges in the northeastern United States opened their doors to male students, it was observed by professors and women students alike that the boys were "taking over" the classroom discussions and that active participation by women students had diminished noticeably. A similar subordination of female to male students has also been observed in law and medical school classrooms in recent years.3 Research done by the Sadkers showed that sometimes teachers unknowingly prevented girls from participating as actively as boys in class by assigning them different tasks in accordance with stereotyped gender roles. For instance, one teacher conducting a science class with nursery school youngsters, continually had the little boys perform the scientific "experiment" while the girls were given the task of putting the materials away. Since hands-on work with classroom materials is a very important aspect of early education, the girls were thus being deprived of a vital learning experience that would affect their entire lives.Another dimension of gender-biased education is the typical American teacher's assumption that boys will do better in the "hard", "masculine" subjects of math and science while girls are expected to have better verbal and reading skills. As an example of a self-fulfilling prophecy, American boys do, indeed, develop reading problems, while girls, who are superior to boys in math up to the age of nine, fall behind from then on. But these are cultural, not genetic patterns. In Germany, for example, all studies are considered "masculine", and it is girls who develop reading problems. And in Japan, where early education appears to be nonsexist, both girls and boys do equally well in reading.The different attitudes associated with the educational process for girls and boys begin at home. One study, for example, showed that when preschoolers were asked to look at a picture of a house and tell how far away from the house they were permitted to go, the boys indicated a much wider area than the girls, who generally pointed out a very limited area close to the home. Instead of being encouraged to develop intellectual curiosity and physical skills that are useful in dealing with the outside world, as boys are, girls are filled with fears of the world outside the home and with the desire to be approved of for their "goodness" and obedience to rules. These lessons carry over from the home to the classroom, where girls are generally observed to be more dependent on the teacher, more concerned with the form and neatness of their work than with its content, and more anxious about being "right" in their answers than in being intellectually independent, analytical, or original. Thus, through the educational process that occupies most of the child's waking hours, society reinforces its established values and turns out each gender in its traditional and expected mold.从文化角度看性别角色1 在过去的几十年里，已经无数次地证实了这样一个事实：构成男子阳刚之气和女子阴柔之气的各种不同类型的行为、情感、和兴趣都既是遗传又是文化熏陶的结果。